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How to use get_windows method in robotframework-appiumlibrary

Best Python code snippet using robotframework-appiumlibrary_python

test_multiple_windows.py

Source:test_multiple_windows.py

...18from time import sleep19from webbrowser_app.tests import StartOpenRemotePageTestCaseBase20class TestMultipleWindows(StartOpenRemotePageTestCaseBase):21    def test_open_new_window(self):22        windows = self.app.get_windows()23        self.assertThat(len(windows), Equals(1))24        self.open_new_window()25        windows = self.app.get_windows()26        self.assertThat(len(windows), Equals(2))27        for window in windows:28            self.assertThat(window.incognito, Equals(False))29    def test_open_new_private_window(self):30        windows = self.app.get_windows()31        self.assertThat(len(windows), Equals(1))32        self.open_new_private_window()33        windows = self.app.get_windows()34        self.assertThat(len(windows), Equals(2))35        self.assertThat(len(self.app.get_windows(incognito=False)), Equals(1))36        self.assertThat(len(self.app.get_windows(incognito=True)), Equals(1))37    def test_open_new_window_progress_bar_hidden(self):38        # Regression test for pad.lv/163833739        url = self.base_url + "/test2"40        self.main_window.go_to_url(url)41        self.main_window.wait_until_page_loaded(url)42        self.assertThat(self.main_window.chrome.get_progress_bar().visible,43                        Eventually(Equals(False)))44        # Open a new window45        self.open_new_window()46        windows = self.app.get_windows()47        self.assertThat(len(windows), Equals(2))48        # Check that progress bar is hidden49        for window in windows:50            self.assertThat(window.chrome.get_progress_bar().visible,51                            Eventually(Equals(False)))52class TestMultipleWindowsDrag(StartOpenRemotePageTestCaseBase):53    def setUp(self):54        super(TestMultipleWindowsDrag, self).setUp()55        if not self.main_window.wide:56            self.skipTest("Only on wide form factors")57    def drag_tab(self, tab, x2, y2):58        x1, y1 = self.get_object_center(tab)59        self.pointing_device.move(x1, y1)60        self.pointing_device.press()61        # Drag tab downwards first to ensure we activate tab dragging62        for i in range(100):63            self.pointing_device.move(x1, y1 + i)64        # Move to destination and release65        # pause at each point so we can what is happening66        sleep(0.25)67        self.pointing_device.move(x2, y2)68        sleep(0.25)69        self.pointing_device.release()70        sleep(0.25)71    def get_object_center(self, obj):72        x1, y1, width, height = obj.globalRect73        x1 += width // 274        y1 += height // 275        return x1, y176    def get_tab_delegate(self, window, tabIndex):77        return window.chrome.get_tabs_bar().get_tab(tabIndex)78    def test_drag_tab_tabbar_nothing(self):79        '''test that dragging a tab out and in of tabbar is same'''80        window = self.app.get_windows()[0]81        # Drag tab down and then back into tab bar82        tab = self.get_tab_delegate(window, 0)83        x2, y2 = self.get_object_center(tab)84        self.drag_tab(tab, x2, y2)85        # Check we still have 1 window and 1 tab86        windows = self.app.get_windows()87        self.assertThat(len(windows), Equals(1))88        self.assertThat(lambda: len(windows[0].get_webviews()),89                        Eventually(Equals(1)))90    def test_drag_tab_bottom_new_window(self):91        '''test with two tabs dragging one to the bottom opens a new window'''92        window = self.app.get_windows()[0]93        # Open a new tab and check we have two94        self.open_new_tab()95        self.assertThat(lambda: len(window.get_webviews()),96                        Eventually(Equals(2)))97        # Drag new tab to bottom part of window98        tab = self.get_tab_delegate(window, 1)99        x2, y2 = self.get_object_center(window)100        self.drag_tab(tab, x2, y2)101        # Check that a new window has been opened102        windows = self.app.get_windows()103        self.assertThat(len(windows), Equals(2))104        self.assertThat(lambda: len(windows[0].get_webviews()),105                        Eventually(Equals(1)))106        self.assertThat(lambda: len(windows[1].get_webviews()),107                        Eventually(Equals(1)))108    def test_drag_tab_outside_new_window(self):109        '''test with two tabs dragging one to the bottom opens a new window'''110        window = self.app.get_windows()[0]111        # Open a new tab and check we have two112        self.open_new_tab()113        self.assertThat(lambda: len(window.get_webviews()),114                        Eventually(Equals(2)))115        # Drag new tab outside of window116        tab = self.get_tab_delegate(window, 1)117        x2, y2, width, height = window.globalRect118        if x2 > 20:119            x2 -= 20120        else:121            x2 += width + 20122        self.drag_tab(tab, x2, y2)123        # Check that a new window has been opened124        windows = self.app.get_windows()125        self.assertThat(len(windows), Equals(2))126        self.assertThat(lambda: len(windows[0].get_webviews()),127                        Eventually(Equals(1)))128        self.assertThat(lambda: len(windows[1].get_webviews()),129                        Eventually(Equals(1)))130    def test_drag_tab_between_windows_move(self):131        '''test that dragging a tab from one window to another'''132        # Open a new tab and window133        self.open_new_tab()134        self.open_new_window()135        windows = self.app.get_windows()136        self.assertThat(len(windows), Equals(2))137        self.assertThat(lambda: len(windows[0].get_webviews()),138                        Eventually(Equals(2)))139        self.assertThat(lambda: len(windows[1].get_webviews()),140                        Eventually(Equals(1)))141        # Focus window 0142        self.switch_to_unfocused_window(windows[0])143        # Move tab into window 1144        tab = self.get_tab_delegate(windows[0], 1)145        x2, y2 = self.get_object_center(windows[1].chrome.get_tabs_bar())146        self.drag_tab(tab, x2, y2)147        # Check there are two windows and two tabs open in the second window148        windows = self.app.get_windows()149        self.assertThat(len(windows), Equals(2))150        self.assertThat(lambda: len(windows[0].get_webviews()),151                        Eventually(Equals(1)))152        self.assertThat(lambda: len(windows[1].get_webviews()),153                        Eventually(Equals(2)))154    def test_drag_tab_between_windows_move_and_close_window(self):155        '''test that dragging tab from one window to another closes original'''156        self.open_new_window()157        windows = self.app.get_windows()158        self.assertThat(len(windows), Equals(2))159        # Focus window 0160        self.switch_to_unfocused_window(windows[0])161        # Move tab into window 1162        tab = self.get_tab_delegate(windows[0], 0)163        x2, y2 = self.get_object_center(windows[1].chrome.get_tabs_bar())164        self.drag_tab(tab, x2, y2)165        # Check there are two tabs open in the single remaining window166        windows = self.app.get_windows()167        self.assertThat(len(windows), Equals(1))168        self.assertThat(lambda: len(windows[0].get_webviews()),169                        Eventually(Equals(2)))170    def test_drag_public_tab_into_private_window(self):171        '''test that you cannot drag a public tab into private window'''172        # Open private window, check there are two windows173        self.open_new_private_window()174        windows = self.app.get_windows()175        self.assertThat(len(windows), Equals(2))176        public_window = self.app.get_windows(incognito=False)[0]177        private_window = self.app.get_windows(incognito=True)[0]178        # Focus public window179        self.switch_to_unfocused_window(public_window)180        # Move tab into private window181        tab = self.get_tab_delegate(public_window, 0)182        x2, y2 = self.get_object_center(private_window)183        self.drag_tab(tab, x2, y2)184        # Check there are two windows, one of public and one private185        windows = self.app.get_windows()186        self.assertThat(len(windows), Equals(2))187        self.assertThat(len(self.app.get_windows(incognito=False)), Equals(1))188        self.assertThat(len(self.app.get_windows(incognito=True)), Equals(1))189    def test_drag_private_tab_into_public_window(self):190        '''test that you cannot drag a private tab into public window'''191        # Open private window, check there are two windows192        self.open_new_private_window()193        windows = self.app.get_windows()194        self.assertThat(len(windows), Equals(2))195        public_window = self.app.get_windows(incognito=False)[0]196        private_window = self.app.get_windows(incognito=True)[0]197        # Move tab into public window198        tab = self.get_tab_delegate(private_window, 0)199        x2, y2 = self.get_object_center(public_window)200        self.drag_tab(tab, x2, y2)201        # Check there are two windows, one of public and one private202        windows = self.app.get_windows()203        self.assertThat(len(windows), Equals(2))204        self.assertThat(len(self.app.get_windows(incognito=False)), Equals(1))...

experiment.py

Source:experiment.py

...45        self.ECG = butter_bandpass_filter(self.ECG, 0.3, 70, 256)46    def compile_items(self, window_size, step_size):47        items = []48        segments = zip(49            # get_windows(torch.Tensor(self.piezo1), window_size, step_size),50            # get_windows(torch.Tensor(self.piezo2), window_size, step_size),51            get_windows(torch.Tensor(self.piezo3), window_size, step_size),52            get_windows(torch.Tensor(self.piezo4), window_size, step_size),53            get_windows(torch.Tensor(self.piezo5), window_size, step_size),54            get_windows(torch.Tensor(self.piezoB), window_size, step_size),55            get_windows(torch.Tensor(self.piezoA), window_size, step_size),56            get_windows(torch.Tensor(self.piezoEF), window_size, step_size),57            get_windows(torch.Tensor(self.piezoDC), window_size, step_size),58            get_windows(torch.Tensor(self.ECG), window_size, step_size),59            # get_windows(torch.Tensor(self.Thorax), window_size, step_size),60            # get_windows(torch.Tensor(self.Abdomen), window_size, step_size),61            # get_windows(torch.Tensor(self.NasalPressure), window_size, step_size),62            # get_windows(torch.Tensor(self.Plethysmogram), window_size, step_size),63            get_windows(torch.Tensor(self.labels), window_size, step_size),64            torch.Tensor(self.labels_)65        )66        # ecg, thorax, abdomen, \67        #             nasal_pressure, plethysmogram,68        for piezo3, piezo4, piezo5, piezoB, \69            piezoA, piezoEF, piezoDC,ecg, \70            label, true_label in segments:71        # for ecg, thorax,abdomen, label, true_label in segments:72            item = {73                # 'piezo1': piezo1,74                # 'piezo2': piezo2,75                'piezo3': piezo3,76                'piezo4': piezo4,77                'piezo5': piezo5,...

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